Answer:
50 second
Step-by-step explanation:
let the distance between Michael and kyle (s)
s= 50 m
we want to know how long it takes for Michael(speed 4 m/s ) to reach kyle(3m/s)
v = s/t
t = s/v
Vm = speed of Micheal
Vk = speed of kyle
v = ( Vm - Vk )
t = 50/(4-3) = 50 second
Blake is eliminating contributing factors to ensure accuracy in his results. Which step of the scientific method is he performing?.
Test the hypothesis step of the scientific method is he performing.
Making conjectures (hypothetical explanations) is a step in the scientific method. Predictions are then derived from the hypotheses as logical conclusions, and experiments or actual observations are conducted based on those predictions.
Since at least the 17th century, the scientific method—an empirical approach to learning—has guided the advancement of science. Since one's interpretation of the observation may be distorted by cognitive presumptions, it requires careful observation and the application of severe skepticism regarding what is observed.
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The probability of the union of two events occurring can never be more than the probability of the intersection of two events occurring.
a. True
b. False
The probability of the union of two events occurring can never be more than the probability of the intersection of two events occurring, this statement is false.
The union of two or more sets refers to the set with all the elements belonging to each set. An element is said to be in the union if it lies to at least one of the sets.
The intersection of two or more sets refers to the set of elements universal to each set. An element is in the intersection if it occurs in all of the sets.
The event that both A and B occur is the intersection of the events A occurs and B occurs. As such, it is a subset of each and cannot, therefore, have a larger probability than either one individually.
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Given f(x) = log2x, which of the functions below represents g(x) resulting from reflecting the graph of f(x) in the x-axis and shifting left by 2 units?
Answer:
g(x) = –log2(x + 2)
Step-by-step explanation:
got it right on the assignment
The function that represents the function f(x) is reflected over the x-axis and shifted left by 2 units will be g(x) = - log 2x + 4.
What is a function?A statement, principle, or policy that creates the link between two variables is known as a function. Functions are found all across mathematics and are required for the creation of complex relationships.
The function is given below.
f(x) = log 2x
The function is reflected over the x-axis, then the function will be
h(x) = - log 2x
And shifting left by 2 units, then replace x with (x + 2). Then the equation will be
g(x) = - log 2(x + 2)
g(x) = - log 2x + 4
The function that represents the function f(x) is reflected over the x-axis and shifted left by 2 units will be g(x) = - log 2x + 4.
The graph is given below.
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The strength, S, of a wooden beam depends on the width and depth of the rectangular cross-section of the beam, but not on the length of the beam. For a particular type of wood, the value of S of a beam is proportional to the product of the width and the square of the depth of its cross-section. Suppose the strength of an oak beam is 69 , when the beam is 7 inches wide and 3 inches deep. Determine the strength, S, of the largest rectangular beam that can be cut from a 28 -inch-diameter oak tree, given that the beam must be 14 inches wide. Remember y is proportional to x if there is a constant k such that y=kx. The constant k is known as the constant of proportionality. a) S=9016 b) S=2231 c) S=8232 d) S=392
The real root of the equation is x = 40 - 39√2, which gives a value of S = 2231 approximately.
Given,The strength, S, of a wooden beam depends on the width and depth of the rectangular cross-section of the beam, but not on the length of the beam.
For a particular type of wood, the value of S of a beam is proportional to the product of the width and the square of the depth of its cross-section.
The strength of an oak beam is 69, when the beam is 7 inches wide and 3 inches deep.Thus, we can conclude that k, a constant of proportionality exists, such that: S=k(W x D²), where W is the width, D is the depth of the rectangular cross-section and S is the strength of the beam.
Let's use this to calculate k: When the beam is 7 inches wide and 3 inches deep, S=69. Thus, we get:k = S/W x D²=69/(7 x 3²)=1.
Thus, the equation for S becomes:S = W x D²The radius of the oak tree is 28/2 = 14 inches and the beam must be 14 inches wide.
This implies that the rectangular cross-section of the beam must be square (or the largest rectangular cross-section is a square). Let the side of the square cross-section be x.
Thus, we can write:S = x²Diameter, d = 28 inches => radius, r = 14 inchesWe need to determine the depth of the beam. The depth of the beam is half the height of the cylindrical log from which the beam is cut. The cylindrical log has a diameter of 28 inches. The beam has a width of 14 inches.
The largest rectangular cross-section is a square with sides of length x. This cross-section can be obtained by cutting the log at a height of x/2 from its center.Since the diameter is 28 inches, the radius is 14 inches. The height at which the beam is cut is h = 14 - x/2.
Thus, the depth of the rectangular beam cut from the cylindrical log is given by: D = 2(h) = 2(14 - x/2) = 28 - x.Using the relationship S = W x D² with S = 69, W = 14 and k = 1, we can write:x² (28 - x)² = 69Simplifying the above equation,x⁴ - 56x³ + 784x² - 69 = 0.
Using polynomial long division, we get:(x² + 16x - 69)(x² - 40x + 1) = 0The real root of the equation is x = 40 - 39√2, which gives a value of S = 2231 approximately.Therefore, the answer is (b) S = 2231.
The strength, S, of a wooden beam depends on the width and depth of the rectangular cross-section of the beam, but not on the length of the beam. Let the side of the square cross-section be x. Thus, we can write:S = x²Diameter, d = 28 inches => radius, r = 14 inches. Using the relationship S = W x D² with S = 69, W = 14 and k = 1, we can write:x² (28 - x)² = 69.The real root of the equation is x = 40 - 39√2, which gives a value of S = 2231 approximately.
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Find the simple interest paid for 10 years on a 17,000 loan at 7%
The simple interest on 17,000 loan for 10 years will be 11,900
Solution:
As we know, simple interest is the interest amount for a particular principal amount of money at some rate of interest.
Here given ,
Principle (P) = 17,000
Rate of interest (R) = 7%
Time (T)= 10 years
Simple Interest = (RxRxT)/100
Therefore,
S.I. = ( 17,000 x 7 x 10 ) / 100
= 11,900
Hence,
The simple interest at the end of 10 years will be 11,900
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Use the Ratio Test to determine whether the series is convergent or divergent. [infinity] n = 1 (−1)n − 1 3n 2nn3 Identify an. (−1)n3n 2n·n3 Evaluate the following limit. lim n → [infinity] an + 1 an 3 2 Since lim n → [infinity] an + 1 an 1, please write your identify ur an correctly and clearly.
lim n → [infinity] (n^2+2n+1)/n^4 * 3^n = 0 (by the ratio test), we can conclude that the limit lim n → [infinity] (a_n+1 / a_n)^3/2 = 1. Therefore, the series converges by the Ratio Test.
To determine whether the series [infinity] n = 1 (−1)n − 1 3n 2nn3 converges or diverges, we can use the Ratio Test.
Using the Ratio Test, we calculate:
lim n → [infinity] |a_n+1 / a_n|
= lim n → [infinity] |(-1)^(n+1) * 3^(n+1) * 2n * (n+1)^3 / (n^3 * (-1)^n * 3^n * 2n)|
= lim n → [infinity] |(3/2) * (n+1)^3 / n^3|
= lim n → [infinity] (3/2) * [(n+1)/n]^3
= (3/2) * lim n → [infinity] (1 + 1/n)^3
= (3/2) * 1
= 3/2
Since the limit of |a_n+1 / a_n| is less than 1, by the Ratio Test, the series converges absolutely.
To identify a_n, we can rewrite the given series as:
∑ (-1)^n-1 * (2n/n^3) * (1/3)^n
Therefore, a_n = (-1)^n-1 * (2n/n^3) * (1/3)^n.
To evaluate the limit lim n → [infinity] (a_n+1 / a_n)^3/2, we can simplify the expression as follows:
lim n → [infinity] (a_n+1 / a_n)^3/2
= lim n → [infinity] |-1 * (2(n+1)/(n+1)^3) * (n^3/(2n)) * (3/1)^n|^3/2
= lim n → [infinity] |-2/3 * (n^2+2n+1)/n^4 * 3^n|^3/2
= |-2/3 * lim n → [infinity] (n^2+2n+1)/n^4 * 3^n|^3/2
Since lim n → [infinity] (n^2+2n+1)/n^4 * 3^n = 0 (by the ratio test), we can conclude that the limit lim n → [infinity] (a_n+1 / a_n)^3/2 = 1. Therefore, the series converges by the Ratio Test.
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triangle sum theorem
WILL MARK BRAINLIEST
Step-by-step explanation:
13) 4x-22+x+11+10x-4 =180
15x=195
x=13
<P=(10(13)-4)=126
<Q=(4(13)-22)=30
<R=13+11=24
PLEASE HELP ME ASAP I WILL GIVE 100 points and name you know
PLEASSSSSSSSSSSSSSSSSSEEEEEEEEEEEEEEEEEEEE
How are human activities affecting global warming?
Answer:
Human activities such as driving cars, and working at factories contribute to global warming significantly because burning fossil fuels in cars releases carbon dioxide, which is the largest source of greenhouse gas emissions in the U.S. and as these gases build up, they trap heat in the atmosphere, causing climate change.
Convert 59 meters into miles. Round your answer to the nearest hundredth.
Answer:
.04 miles
Step-by-step explanation:
1 meter = 0.0006213712 miles
59 meters x 0.0006213712 miles = 0.0366609008 miles
Round to nearest hundredth: .04 miles
Va rog ajutați ma cand trebuie sa scriu temele!
Answer:
nudaw HAHABSASASNA
Step-by-step explanation:\(x^{2} g\)
hggggguuuuugs berte bhu jira yuwa
Which of the following is a diagonal of the rectangular prism shown here?
Answer:
EB
Step-by-step explanation:
all of the other lines are either diagonal on a 2D plane, or they are regular lines that make up the rectangular prism.
6. A box in the shape of a cube has an interior side length
of 18 inches and is used to ship a right circular
cylinder with a radius of 6 inches and a height of
12 inches. The interior of the box not occupied by the
cylinder is filled with packing material. Which of the
following numerical expressions gives the number of
cubic inches of the box filled with packing material?
F. 6(18)2 – 21(6)(12) – 29(
62
G. 6(18)2 – 27(6)(12)
H. 183 - T(6)(12)
J. 183 - T(6)(12)
K. 183 - T(12)
ob ..
Answer:
think it is 183 - π(6)2(12) or J because it is the closes
Volume of packing materials = Volume of box - volume of cylinder
Since the box has same shape as a cube, the volume = L3
Where L is the lenght of the box
Volume of a right circular cylinder = πr2h
where r is the radius and h is the height
Volume of packing materials = L3 - πr2h
hope this will or can (even maybe) helps
The number of cubic inches of the box which is filled with packing material is 5194.83 cubic inches approx.
How to find the volume of the substance in an object?Volume is the measure of the 3 dimensional space occupied by the object.
If the filled substance occupies almost the whole inside of the considered object, then the volume of the material in the object is the space it occupies, which is equal to the space inside that box, which is its interior volume.
What is the volume of a right circular cylinder?Suppose that the radius of considered right circular cylinder be 'r' units.
And let its height be 'h' units.
Then, its volume is given as:
\(V = \pi r^2 h \: \rm unit^3\)
For the given case, the packing material occupies whatever space is left in the box, after that cylinder is putted inside of the box.
Volume of the packing material filled in the box = Volume of the remaining space of the box after cylinder is placed = Volume of box - Volume of the cylinder in the box
Now, volume of the box = cube of its side length (as box is cubic, so we used formula for volume of a cube which is its side cubed),
Volume of the box = \(18^3 = 6552\) cubic inches
Volume of cylinder =
\(V = \pi r^2 h \: \rm unit^3 = \pi \times (6)^2 \times 12 = 432\pi\\ V \approx 1357.17 \: \rm inch^3\)
Thus, volume of the remaining space = \(6552 - 1357.17 = 5194.83 \: \rm inch^3\)
This is the amount of space left in the box, the same amount of space the packing material will occupy.
Thus, the number of cubic inches of the box which is filled with packing material is 5194.83 cubic inches approx.
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If we invest $100,000 today in an account earning 7% per year,
how many years until we have $500,000? Round to two decimals.
It would take approximately 19.65 years for an investment of $100,000 at a 7% annual interest rate to grow to $500,000. Rounded to two decimal places, the answer is 19.65 years.
To determine the number of years it will take for an investment of $100,000 at a 7% annual interest rate to grow to $500,000, we can use the compound interest formula:
A = P(1 + r/n)^(nt)
Where:
A = the future value of the investment ($500,000)
P = the initial principal amount ($100,000)
r = the annual interest rate (7% or 0.07)
n = the number of times that interest is compounded per year (assuming annually, so n = 1)
t = the number of years
Plugging in the values we know, we get:
$500,000 = $100,000(1 + 0.07/1)^(1*t)
Dividing both sides of the equation by $100,000 and simplifying:
5 = (1.07)^t
To solve for t, we can take the logarithm of both sides:
log(5) = log[(1.07)^t]
Using logarithmic properties, we can bring down the exponent:
log(5) = t * log(1.07)
Finally, we can solve for t by dividing both sides by log(1.07):
t = log(5) / log(1.07)
Using a calculator, we find:
t ≈ 19.65
Therefore, it would take approximately 19.65 years for an investment of $100,000 at a 7% annual interest rate to grow to $500,000. Rounded to two decimal places, the answer is 19.65 years.
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Rita goes for a bike ride on a trail by her house. After 15 minutes of riding she sees a mile marker. When she reaches the third mile marker, she realizes that she has been biking for 30 minutes. What is the rate at which she is riding?
Given:
Rita covered 1 mile in 15 minutes.
She covered 3 miles in 30 minutes.
To find:
The rate at which she is riding.
Solution:
Let y be the number of miles covered in x minutes.
Rita covered 1 mile in 15 minutes. So, the point is (15,1).
She covered 3 miles in 30 minutes. So, the point is (30,3).
Slope of the line:
\(m=\dfrac{y_2-y_1}{x_2-x_1}\)
\(m=\dfrac{3-1}{30-15}\)
\(m=\dfrac{2}{15}\)
Therefore, she is riding \(\dfrac{2}{15}\) miles per minute.
please help ! and box answers
(a) What will be the length of the wire? in (b) What will be the diameter of the wire? men
My Notes Ask Your Teacher This question has several parts that must be completed sequentially. If you skip a part of the question, you will not receive any points for the skipped part, and you will not be able to come back to the skipped part. Tutorial Exercise Use continuity to evaluate the limit. 12 Vx im Part 1 of 3 Consider the intervals for which the numerator and the denominator are continuous. The numerator 12 vx is continuous on the interval The denominator 12+x is continuous and nonzero on the interval Submit Skip( Need Help? Read It Talk to a Tutor
To evaluate the limit using continuity, we need to consider the intervals on which both the numerator and denominator are continuous. The numerator 12Vx is continuous for all values of x. The denominator 12+x is continuous and nonzero for all values of x except when x = -12.
Continuity is a property that ensures a function is well-behaved and does not have any abrupt jumps or holes in its graph. To evaluate the limit, we need to ensure that both the numerator and denominator of the expression are continuous on the interval in question. In this case, the numerator 12Vx is a simple function and is continuous for all values of x. There are no restrictions or exceptions.
The denominator 12+x is also continuous for all values of x except when x = -12. At x = -12, the denominator becomes zero, which would result in an undefined value for the fraction.
Therefore, the numerator is continuous on the entire real number line, and the denominator is continuous and nonzero for all values of x except x = -12.
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A playground is in the shape of a rectangle. The length of the rectangle is three times its width. The area of the playground is 19,500 square feet. What is the length of the playground? Round to the nearest foot. Hint: use A=LW
The length of the rectangular playground is 241.86 foot.
How to calculate length of the rectangle?Given that area of rectangle is 19,500 sq.ft and length of rectangle is three times its width.The area for rectangle is given by formula: A=LW.
Now according to the given condition, L= 3W. Further we'll solve by putting L= 3W in the formula for rectangle.
Calculation:A=LW
As given A= 19,500 sq.ft and considering L=3W,
19,500 = 3W*W
19,500 = 3W^2
∴ W^2 = 6500
∴ W = \(\sqrt{6500}\)
∴ W = 80.6225 ft. ≈ 80.62 ft.
Now putting the value W = 80.62 in equation L =3W,
L = 3* 80.62
L = 241.86 ft.
The length of the rectangular playground is 241.86 foot.
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A random sample of 10 examination papers in a course, which was given on a pass or fail basis, showed the following scores.Paper Number /Grade /Status1 65 Pass2 87 Pass3 92 Pass4 35 Fail5 79 Pass6 100 Pass7 48 Fail8 74 Pass9 79 Pass10 91 Pass1. The point estimate for the mean of the population is2. The point estimate for the standard deviation of the population is3. The point estimate for the variance of the population is4. The point estimate for the proportion of all students who passed the ciurse is
1. The point estimate for the mean of the population is 79.
2. The point estimate for the standard deviation of the population is 27.1.
3. The point estimate for the variance of the population is 735.61.
4. The point estimate for the proportion of all students who passed the course is 80%.
I NEED HELPPP and explanation! (25 points)
The equation of line q is y=3x–2. Line r is perpendicular to line q and passes through (1,3). What is the equation of line r?
Answer:y=-1/3x+10/3
Step-by-step explanation:
If the line is perpendicular it means the slope is the negative reciprocal of the line. The slope of line r should be -1/3. Now the equation for line r is: y=-1/3x+b. We then can plug in values: 3=-1/3(1)+b=3=-1/3+b, b=10/3. The equation is: y=-1/3x+10/3.
Answer:
Step-by-step explanation:
y = 3x - 2
slope m1 = 3
Slope of line r = -1/m1 = -1/3
Equation of line in slope intercept form: y= mx +b
\(y=\dfrac{-1}{3}x+b\)
Plugin x = 1 and y= 3 in the above equation.
\(3=\dfrac{-1}{3}*1+b\\\\3= \dfrac{1}{3}+b\\\\\\3+\dfrac{1}{3}=b\\\\\dfrac{9}{3}+\dfrac{1}{3}=b\\\\\\b =\dfrac{10}{3}\)
Equation of line r :
\(y = \dfrac{-1}{3}x + \dfrac{10}{3}\)
Consider the value of t such that 0.1 of the area under the curve is to the right of t. Step 2 of 2 : Assuming the degrees of freedom equals 9, select the t value from the t table.
t is 1.383.
HTML tags cannot be used on the platform. However, the solution to the question is as follows:
Step 1: We must first find the t value such that 0.1 of the area under the curve is to the right of t.
For the given problem, the area to the left of t is 1 - 0.1 = 0.9.The value of t can be found using a t-table. This will give us the corresponding t-value for 0.9 area to the left of t.
Step 2: Assuming the degrees of freedom equals 9, select the t-value from the t table.Since we have 9 degrees of freedom and we need to find the t-value for 0.9 area to the left of t, we must look at the row that corresponds to 9 degrees of freedom in the t-table. In that row, we must look for the column that has a value closest to 0.9.
The t-value in that column will be the required value of t. The t-value that has a 0.9 area to the left of it is 1.383.So, the value of t such that 0.1 of the area under the curve is to the right of t is 1.383.
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Find the period and the amplitude of the periodic function. I'm awful with graphs :(
A period is the difference in x over which a sine function returns to its equivalent state and the amplitude is A/5.
Amplitude:
The amplitude of a periodic variable is a measure of its change over a period of time, such as a temporal or spatial period. The amplitude of an aperiodic signal is its magnitude compared to a reference value. There are various definitions (see below) of amplitude, which is any function of the magnitude of the difference between the extreme values of a variable. In the previous text, the phase of a periodic function is called the amplitude.
X = A sin (ω[ t - K]) + b
A is the amplitude (or peak amplitude),
x is the oscillating variable,
ω is angular frequency,
t is time,
K and b are arbitrary constants representing time and displacement respectively.
According to the Question:
An equation does not have an amplitude. This "equation" represents the formula of a vibration, and was better written as:
X= A/5* sin(1000.t + 120)
These oscillations have a certain amplitude. X values can vary from minimum to maximum. Normally, the stop position of the oscillation is X=0. In this case, we can see that the maximum occurs when the sine is +1 and the minimum occurs when the sine is -1.
For theses cases X= A/5 respectively -A/5.
Therefore,
The amplitude is A/5.
For formulas of this type, the term in front of the sinus (or cosine) is equal to the amplitude.
Complete question:
Can I find the amplitude of this equation? A/5 *
each piece of paper is a memo pad is a square. The length of of each side is 2 3/4 inches. What is the area of one piece. please and thank you
Answer:
approximately 7.5265in
Step-by-step explanation:
Area = length x width
2.75 x 2.75 = 7.5265in
Help me with this ASAP please
It takes Amelia one minute to swim 1/60 of a kilometer.how far can she swim in 12 minutes
Given secant of theta is equal to the square root of 6 over 2 comma what is cos?
The value of cos θ is equal to 1/3 when sec θ= √6/2.
Since we are given the value of secant of theta, we can use the relationship between secant and cosine to find the value of cosine of theta.
Let's start by recalling the definitions of secant and cosine functions. The secant of an angle is defined as the reciprocal of the cosine of that angle.
In other words, secθ = 1/cosθ
Conversely, the cosine of an angle is defined as the reciprocal of the secant of that angle.
cosθ = 1/secθ
We are given that secθ= √6/2
We can use this value to find cosθ= 1/secθ
cosθ = 1 / (√6/2)
To simplify this expression, we can multiply both the numerator and denominator by 2/sqrt(6).
cosθ = ((2/√6) / (√6/2) * (2/√6))
cosθ = (2/√6) / 1
cosθ = (2/√6 * √6/√6)
cosθ = 2/6 = 1/3
Therefore, the value of cosθ is equal to 1/3 when secθ = sqrt(6)/2.
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A drama club earns $1040 from a production. A total of 64 adult tickets and 132 student tickets were sold. An adult ticket costs twice the price of a student ticket. What is the price of each type of ticket?
Let's call the price of an adult ticket as A and the price a student ticket as S. From the first two sentences "A drama club earns $1040 from a production. A total of 64 adult tickets and 132 student tickets were sold." we know that the total amount earned was $1040, and this value was reached by selling 64 adult tickets and 132 student tickets. The amount earned selling adult tickets is given by the product between the unitary price of an adult ticket and the amount of adult tickets sold. The same logic goes to the amount earned selling student tickets. We know that the sum of those two quantities adds up to $1040, therefore, we have the following equation.
\(64A+132S=1040\)From the other sentence, "An adult ticket costs twice the price of a student ticket. " we get a new relationship between A and S. A is equal to 2S.
\(A=2S\)Now we have a system with two variables and two equations. If we substitute the second equation on the first one we get a new equation only for S.
\(\begin{cases}64A+132S=1040 \\ A=2S\end{cases}\Rightarrow64(2S)+132S=1040\)Solving this equation for S, we have
\(\begin{gathered} 64(2S)+132S=1040 \\ 128S+132S=1040 \\ (128+132)S=1040 \\ 260S=1040 \\ S=\frac{1040}{260} \\ S=4 \end{gathered}\)The student ticket price is $4.
Using this value for S, we can substitute in one of the equations to find the value for A.
\(\begin{cases}A=2S \\ S=4\end{cases}\Rightarrow A=2(4)=8\)The price of the adult ticket is $8.
In the standard form of a circle (x-h)^2+(y-k)^2=r^2(x−h)
2
+(y−k)
2
=r
2
, which of the following represents the center of the circle?
Select the false statement involving p, and the arbitrary events A and B. a) P( A^c n B^c)=P(A^c) P(B^c) b). P( A n B)=P( A) + P( B) -P( A U B). c). P(A^) + P(A)=1.d). P(A n B^c)= P(A)-P(A n B).e). P(A^c n B)=P(B)-P(A n B). f). None of the above.
The false statement is (a) P( A^c n B^c)=P(A^c) P(B^c). The probability of the intersection of complements is generally not equal to the product of individual complements.
The misleading assertion including p, and the erratic occasions An and B is (a) P( A^c n B^c)=P(A^c) P(B^c).
This assertion is bogus in light of the fact that by and large, the likelihood of the convergence of the supplements of two occasions, A^c and B^c, isn't equivalent to the result of their singular supplements.
For instance, assume we flip a fair coin. Let A be the occasion of getting heads and B be the occasion of getting tails. Then, P(A) = P(B) = 1/2, so P(A^c) = P(B^c) = 1/2. In any case, A^c and B^c are a similar occasion (getting heads or tails, separately), so P(A^c n B^c) = P(A^c) = 1/2. Then again, P(A^c) P(B^c) = (1/2)(1/2) = 1/4, which isn't equivalent to P(A^c n B^c).
Consequently, proclamation (a) is misleading.
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A plane intersects only one nappe of a double-napped cone such that it is parallel to a generating line. Which conic section is formed?.
When a plane intersects only one nappe of a double-napped cone such that it is parallel to a generating line, it forms a parabola.
When a plane intersects only one nappe of a double-napped cone parallel to a generating line, it forms a conic section known as a parabola. This is because a parabola is defined as the set of all points that are equidistant to a fixed point (known as the focus) and a fixed line (known as the directrix).
When a plane intersects a double-napped cone parallel to a generating line, it intersects all the generatrices at the same angle, resulting in a curve that is symmetric and opens in one direction. This curve is a parabola, and it is commonly found in nature, such as the path of a thrown ball, the shape of a satellite dish, or the reflector of a car's headlights.
The properties of a parabola make it useful in various fields, including optics, physics, and engineering, where it is used to model and analyze a wide range of phenomena, such as the trajectory of projectiles, the behavior of lenses and mirrors, and the design of antennas and reflectors.
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The image below showcases a right triangle .
My questions:
What is a c, what does that represent
What is this problem asking for me
How do I solve this problem? Are there any formulas in place?
The perimeter of triangle is 66.24 units.
What is triangle?
In Euclidean geometry, any 3 points, once non-collinear, verify a unique triangle and at the same time, a unique plane
Main body:
according to question :
c = 28
let the vertices be A,B,C
∠A= 30°
by using trigonometric ratios,
BC/ AB = sin30°
AB = C = 28
BC/28 = sin30°
BC = 28*sin30°
BC= 28*(1/2)
BC = 14
similarly
AB /CA = cos 30°
28/CA = √3/2
CA = 28*√3/2
CA = 14/√3
CA = 24.24
Hence , perimeter = AB +BC +CA = 28+14+24.24
=66.24 units
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